Abstract: A slide-and-swing wing system includes at least one rail profile. At least two wings, each displaceably mounted in the at least one rail profile via two support elements The at least one rail profile has a lateral outlet opening for unlatching a support element of a wing. One wing functions as a door leaf which, with all other wings in the latched state, is pivotable into the remaining opening. A closure mechanism makes it possible to prevent the door leaf from being opened and includes a drive, and also an operating part, via which the drive can be actuated. The door leaf is displaceable, via the drive, in the rail profile in the direction of the adjacent wing to such an extent that no support element of the door leaf is aligned with the outlet opening, thereby preventing a support element from coming out through the lateral outlet opening.

Abstract: The present invention relates specific activation of a regulatory T cell via a specific CD4 epitope and uses thereof, e.g. for the treatment of an autoimmune disease or an allergy or asthma or graft rejection or tolerance induction.

Abstract: The present invention relates specific activation of a regulatory T cell via a specific CD4 epitope and uses thereof, e.g. for the treatment of an autoimmune disease or an allergy or asthma or graft rejection or tolerance induction.

Abstract: A device for processing a strip guided along a running direction may include a roller holder disposed on a base frame so as to be pivotable about a pivot axis oriented substantially parallel to a strip running surface. A first processing roller may be disposed on the roller holder in the running direction and at a distance from the pivot axis perpendicular to the running direction and offset from the pivot axis such that by pivoting the roller holder, the first processing roller is moved toward the strip and the processing roller is moved away from the strip. A first counter-processing roller may be disposed transversely to the running direction at a further distance from the pivot axis than the first processing roller such that the first processing and counter-processing rollers interact to guide the strip if the first processing roller is moved toward the strip.

Abstract: A device for processing a strip guided along a running direction may include a roller holder disposed on a base frame so as to be pivotable about a pivot axis oriented substantially parallel to a strip running surface. A first processing roller may be disposed on the roller holder in the running direction and at a distance from the pivot axis perpendicular to the running direction and offset from the pivot axis such that by pivoting the roller holder, the first processing roller is moved toward the strip and the processing roller is moved away from the strip. A first counter-processing roller may be disposed transversely to the running direction at a further distance from the pivot axis than the first processing roller such that the first processing and counter-processing rollers interact to guide the strip if the first processing roller is moved toward the strip.

Abstract: The invention relates to a method of making composite strips and composite sheets of at least one first outer layer (1) of metal, one second outer layer (2) of metal, and at least one core layer (3) of plastic between the outer layers (1, 2) and bonded unitarily thereto, a first metal strip (4) for the first outer layer (1), a second metal strip (5) for the second outer layer (2), and a plastic web (6) for the core layer (6) being laminated together and continuously bonded unitarily into a composite strip by application of pressure and/or heat, the first metal strip (4) and the second metal strip (5) being heated before the lamination and/or during the lamination, characterized by the fact that, after lamination and bonding of the metal strips (4, 5), an actual transverse curvature of the composite strips is measured, and that the temperature of the first metal strip (4) and/or of the second metal strip (5) is carried out before the lamination and/or during the lamination as a function of the actual transvers

Abstract: The invention relates to a method for producing composite webs or composite sheets, consisting of at least a first lower cover layer (1) of metal, a second upper cover layer (2) of metal, and a core layer (3) of plastic, which is arranged between the cover layers (1, 2) and is integrally bonded thereto, wherein a first metal strip (4) for the lower cover layer (1), a second metal strip (5) for the upper cover layer (2), and a plastic web (6) for the core layer (3) are brought together and are integrally bonded to each other by the application of pressure and/or heat.

Abstract: The present invention relates specific activation of a regulatory T cell via a specific CD4 epitope and uses thereof, e.g. for the treatment of an autoimmune disease or an allergy or asthma or graft rejection or tolerance induction.

Abstract: The invention relates to a sliding and swinging door system, comprising a rail profile in which at least two door leaves are mounted so as to be displaceable by way of two support elements, and which profile is provided with an expanding clamp for receiving a locking element disposed on a door leaf, in each instance, wherein at least one lateral outlet opening for release of a support element of a door leaf is disposed in the rail profile, at a distance from the expanding clamp, wherein at least one support part (6) is disposed on the rail profile (1), which part interacts with a pressure part (7) disposed on a door leaf (3), in each instance, in such a manner that when a support element (4) of a door leaf (3) is released, lateral tilting of the door leaf (3) is prevented, as long as the locking element (5) has not reached its stop point in the expanding clamp (2).

Abstract: The present invention relates specific activation of a regulatory T cell via a specific CD4 epitope and uses thereof, e.g. for the treatment of an autoimmune disease or an allergy or asthma or graft rejection or tolerance induction.

Abstract: The invention relates to a method for printing printed material which is individualized with logistical printed image elements, wherein at least one printed image, particularly a static printed image, which is printed in a printing machine, is individualized by technically adding at least one dynamic logistical printed image element. According to the invention, data of the/each dynamic logistical printed image element is combined in such a way that the/each printed image and the/each logistical printed image element are automatically updated by comparing data between a data bank provided by a print job user and a data bank provided by a logistics provider prior to printing the printed material individualized with the/each logistical printed image element.

Abstract: The present invention relates specific activation of a regulatory T cell via a specific CD4 epitope and uses thereof, e.g. for the treatment of an autoimmune disease or an allergy or asthma or graft rejection or tolerance induction.

Abstract: In a method of charging fine-grained metals, in particular directly reduced iron (DRI), into an electric-arc furnace (1), the metal is supplied via a downpipe (12) to an opening (10) provided in the furnace roof (4), is introduced into the furnace (1) through this opening (10) as bulk material stream (11), and falls onto the melt (13) merely by gravity. Further, an electric-arc furnace (1) suited for this purpose is described. A rather loss-free introduction even of fine-grained material having a mean grain size of less than 1 mm is achieved by passing the bulk material stream (11) through a dosing orifice (8) after the downpipe (12) and before entering the furnace (1). The bulk material stream (11) then enters the furnace essentially undisturbed.

Abstract: The invention relates to a method and device for printing a substrate. The printable substrate is moved through at least one printing mechanism in order to print a static or non-variable printing image. According to the invention, the printable substrate is moved through at least one printing device, which is coupled in-line to the printing mechanism to individualize the static pattern with at least one dynamic or variable printing image.

Abstract: The present invention relates specific activation of a regulatory T cell via a specific CD4 epitope and uses thereof, e.g. for the treatment of an autoimmune disease or an allergy or asthma or graft rejection or tolerance induction.

Abstract: A printing unit having at least one press unit, the, or each, press unit having at least one form cylinder, a transfer cylinder, an inking unit and preferably a damping unit, and having at least one imaging device for imaging and/or de-imaging a rewritable and erasable printing form positioned on the form cylinder. The inking unit, if appropriate together with the damping unit, can be pivoted with respect to a form cylinder from a printing position into a rest position. The imaging device can be pivoted with respect to the form cylinder from an imaging position into a rest position. The imaging device is pivoted into a rest position when the inking unit and, if appropriate, damping unit is pivoted into the printing position and, when the imaging device is pivoted into the imaging position, the inking unit and, if appropriate, the damping unit is pivoted into a rest position.

Abstract: A device for producing a coating on printed products from a printing press is provided. The coating device can be actuated digitally via printing image data thereby allowing the coating motif to be designed in a variable manner The coating device can include an inkjet printer in the form of an inkjet head array or an inkjet head bar acting as a varnishing unit that operates line-by-line on large-format printing material. The coating device can also be integrated in a rotary press having a varnishing unit for coating a printing material that has been processed in the printing press. The coating device can also be integrated with a dryer. The printing material can be passed under the outlet openings of the inkjet heads and the dryer can be arranged directly after the inkjet printer in the transport direction of the printing material in order to dry the liquid coating material on the printing material after the application.

Abstract: A floatable smoke pot which floats in a stable position with a casing can water-tightly closed by a cover through a closure device. Smoke-generating bodies of a pyrotechnic material, which can be ignited by an igniting device, are arranged in the casing can. A stable floating position is achieve through a ballast weight in the casing can at the can bottom (14). A number of column elements forming the smoke-generating bodies are arranged in the casing can in a uniformly distributed relationship, standing on the ballast weight. The space which remains free of the column elements in the casing can is filled with a buoyancy material. The cover has holes which in the unused original condition of the smoke pot are water-tightly closed with closure elements which can be torn open so that the smoke pot can also be submerged in water for a limited time without extinguishing of the smoke-generating bodies.

Abstract: The invention relates to a method for printing printed material which is individualized with logistical printed image elements, wherein at least one printed image, particularly a static printed image, which is printed in a printing machine, is individualized by technically adding at least one dynamic logistical printed image element. According to the invention, data of the/each dynamic logistical printed image element is combined in such a way that the/each printed image and the/each logistical printed image element are automatically updated by comparing data between a data bank provided by a print job user and a data bank provided by a logistics provider prior to printing the printed material individualized with the/each logistical printed image element.

Abstract: The invention relates to a method and device for printing a fabric. The printable fabric (11) is moved through at least one printing mechanism (10) in order to print a static or non-variable printing image. According to the invention, the printable fabric (11) is moved through at least one printing device (12,13) which is coupled in-line to the printing mechanism (10) in order to individualize the static pattern with at least one dynamic or variable printing image.